Сегодня, 11 октября 2013, на Солнце, произошла мощная солнечная вспышка. Сразу после солнечной вспышки, к солнцу, начали прибывать армады неопознанных объектов, которые можно наблюдать на снимках спутников НАСА СОХО СТЕРЕО Ахеад + Бехинд . Вы можете видеть передвижение неопознанных объектов. Объекты имеют различные формы и размеры!
Dr. Tony Phillips | NASA Science News
Something big is about to happen on the sun. According to measurements from NASA-supported observatories, the sun’s vast magnetic field is about to flip.
“It looks like we’re no more than 3 to 4 months away from a complete field reversal,” says solar physicist Todd Hoeksema of Stanford University. “This change will have ripple effects throughout the solar system.”
The sun’s magnetic field changes polarity approximately every 11 years. It happens at the peak of each solar cycle as the sun’s inner magnetic dynamo re-organizes itself. The coming reversal will mark the midpoint of Solar Cycle 24. Half of ’Solar Max’ will be behind us, with half yet to come.
Hoeksema is the director of Stanford’s Wilcox Solar Observatory, one of the few observatories in the world that monitor the sun’s polar magnetic fields. The poles are a herald of change. Just as Earth scientists watch our planet’s polar regions for signs of climate change, solar physicists do the same thing for the sun. Magnetograms at Wilcox have been tracking the sun’s polar magnetism since 1976, and they have recorded three grand reversals—with a fourth in the offing.
Solar physicist Phil Scherrer, also at Stanford, describes what happens: “The sun’s polar magnetic fields weaken, go to zero, and then emerge again with the opposite polarity. This is a regular part of the solar cycle.”
A reversal of the sun’s magnetic field is, literally, a big event. The domain of the sun’s magnetic influence (also known as the “heliosphere”) extends billions of kilometers beyond Pluto. Changes to the field’s polarity ripple all the way out to the Voyager probes, on the doorstep of interstellar space.
When solar physicists talk about solar field reversals, their conversation often centers on the “current sheet.” The current sheet is a sprawling surface jutting outward from the sun’s equator where the sun’s slowly-rotating magnetic field induces an electrical current. The current itself is small, only one ten-billionth of an amp per square meter (0.0000000001 amps/m2), but there’s a lot of it: the amperage flows through a region 10,000 km thick and billions of kilometers wide. Electrically speaking, the entire heliosphere is organized around this enormous sheet.
During field reversals, the current sheet becomes very wavy. Scherrer likens the undulations to the seams on a baseball. As Earth orbits the sun, we dip in and out of the current sheet. Transitions from one side to another can stir up stormy space weather around our planet.
Cosmic rays are also affected. These are high-energy particles accelerated to nearly light speed by supernova explosions and other violent events in the galaxy. Cosmic rays are a danger to astronauts and space probes, and some researchers say they might affect the cloudiness and climate of Earth. The current sheet acts as a barrier to cosmic rays, deflecting them as they attempt to penetrate the inner solar system. A wavy, crinkly sheet acts as a better shield against these energetic particles from deep space.
As the field reversal approaches, data from Wilcox show that the sun’s two hemispheres are out of synch.
“The sun’s north pole has already changed sign, while the south pole is racing to catch up,” says Scherrer. “Soon, however, both poles will be reversed, and the second half of Solar Max will be underway.”
When that happens, Hoeksema and Scherrer will share the news with their colleagues and the public.
Article from: nasa.gov
This is not interference in the satellite, not broken pixels, not meteorites, not the solar particles and other qualifications that tries to convince NASA. Interference, broken pixels, meteorites, the charged particles can not have the correct complex geometries can not travel on different paths with the correct motion vector change! All objects – a UFO different forms and sizes!.These many UFO near our Sun are real unidentified objects. UFOs are of different sizes, different structures, different forms. Many UFOs are around some “energy” field. “UFOs are always near our sun. UFOs flying into the sun, and fly out of the sun. Many unidentified objects, fly up to the sun and to maneuver at high speeds. For all movement UFO can be seen in my previous file perennial surveys UFO near the Sun on this channel. In the early history of research, I was getting good quality images of the objects, but more than a year, NASA provides the public images of very poor quality. People questioned NASA. NASA responded that these UFOs – a speck of dust on the lens, these UFOs – broken pixels on the sensor lens, these UFOs – meteorites, etc. Excuses, NASA was vast. But now, NASA is silent. People should know the truth!
For full information about the UFO near the Sun, as well as the disclosure of the secrets of the sun, the aliens in the sun, read a book and watch the DVD.
Information at: http://www.thesunproject.net
Watch in HD and full screen!
For full information about UFOs and paranormal phenomena, please visit http://www.x-u-f-o.blogspot.com
(RUS) Аномалии, НЛО и голографические изображения в околосолнечном пространстве – 7 июля 2013
SOHO, the Solar & Heliospheric Observatory, is a project of international collaboration between ESA and NASA to study the Sun from its deep core to the outer corona and the solar wind.
SOHO was launched on December 2, 1995. The SOHO spacecraft was built in Europe by an industry team led by prime contractor Matra Marconi Space (now EADS Astrium) under overall management by ESA. The twelve instruments on board SOHO were provided by European and American scientists.
SOHO’s Greatest Hits Playlist
Earthquake Forecasting Channel
Another Quality Solar youtube Channel
Earthquake Reporting Channel
Solar Soft website
Solar Terrestrial Activity Report
WSA-Enlil Solar Wind Prediction
Quality Solar Website
Estimated Planetary K index information
GOES Xray Flux Data
Sunspot Information from Solar Monitor
Quality Weather Website
Space Weather Website
2013 05 15 – Red Ice Creations
Sun watcher’s faces might well be melting off with all the activity that’s been bursting forth from the sun over the last forty-eight hours.
In the increasing solar activity that’s ramping up to peak during 2013, our star has been releasing dramatic and powerful bursts of radiation into space – reportedly four major eruptions over the last forty-eight hour span. Fortunately the flares were not directed at Earth, but NASA has warned that the coronal mass ejections might pass by and affect satellites, telescopes, or spacecraft.
NASA reported on the third flare:
The sun emitted a third significant solar flare in under 24 hours, peaking at 9:11 p.m. EDT on May 13, 2013. This flare is classified as an X3.2 flare. This is the strongest X-class flare of 2013 so far, surpassing in strength the two X-class flares that occurred earlier in the 24-hour period.
But more was to come, as covered by ScienceWorldReport:
The first flare occurred on Mother’s Day, May 13. A comparatively demure X1.7 flare, it was associated with a coronal mass ejection (CME). This solar phenomenon can send billions of tons of solar particles into space that can reach other planetary bodies days after the initial burst. When directed toward Earth, these CMEs can disrupt satellites and can supercharge the northern lights, creating spectacular displays. In fact, a solar flare that occurred in April did just that, sparking a geomagnetic storm that produced an impressive light show.
The second solar flare that the sun flung into space was a stronger X2.8-class flare, which was also associated with a CME. Experimental NASA models showed that solar particles sped from the sun at a terrific 1,200 miles per second. It was the strongest flare to have occurred all year–until the third flare came along.
The third solar flare occurred on the evening on May 13 and was classified as a X3.2 flare. It’s the strongest to have occurred all year and also hurled a CME into space. Fortunately for us, none of these CMEs are Earth-directed, which means that they won’t be causing issues with satellites.
The sun wasn’t done yet, though. It ejected its fourth and final solar flare in the early morning hours of May 15. The X1-class flare was comparatively tiny to the other ones that the sun had belched out, but it shows that our star is currently more active than it has been in a long while. In fact, NOAA forecasters estimate a 50 percent chance of X-class solar flares and an 80 percent chance of M-class solar flares on May 15, according to spaceweather.com.
Four images from NASA’s Solar Dynamics Observatory of an X3.2-class flare from late at night on May 13, 2013. Starting in the upper left and going clockwise, the images show the flare in four different wavelengths. ( NASA/SDO)
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